Frame 46
	fscommand ("allowscale", false);
	fscommand ("showmenu", false);
	url = new String(_root._url);
	trace((url + " ") + url.indexOf("kongregate.com"));
	if (url.indexOf("kongregate.com") == -1) {
	}
	stop();
Frame 47
	function spawnDot(newx, newy, silent) {
		if (dots.length < maxobjects) {
			count_born++;
			dots.push(attachMovie("dot", "dot" + (numobjects++), getNextHighestDepth(), {position:new flash.geom.Point(newx, newy), size:0, age:0, health:100, pregnant:100, _x:position.x, _y:position.y}));
			trace("created dot");
			if (!silent) {
				plop_born.start(0, 1);
			}
		} else {
			trace("max number of objects reached");
		}
	}
	function killDot(object) {
		for (i in dots) {
			if (dots[i] == object) {
				dots.splice(i, 1);
				object.removeMovieClip();
				break;
			}
		}
		trace("removed dot");
		plop_die.start(0, 1);
		count_die++;
	}
	function ageDot(object) {
		object.age++;
		object.size = 2 + (object.age * 0.002);
		object.size = object.size * (object.health / 100);
		if (object.size > 15) {
			object.size = 15;
		}
		if (object.health < 0) {
			killDot(object);
		}
		if ((object.pregnant > 100) && (object.health > 90)) {
			spawnDot((object.position.x + (Math.random() * 10)) - 5, (object.position.y + (Math.random() * 10)) - 5);
			object.pregnant = 0;
			object.health = object.health - 30;
		}
		if (object.health > 400) {
			object.health = 400;
		}
	}
	function updateDots() {
		distance_update_count = 0;
		var _local1 = 0;
		for (var _local2 in dots) {
			ageDot(dots[_local2]);
			_local1 = _local1 + dots[_local2].size;
			switch (getNeighboursCount(dots[_local2], dots)) {
				case 0 : 
					dots[_local2].health = dots[_local2].health - (1 * rule_healthscale);
					break;
				case 1 : 
					dots[_local2].health = dots[_local2].health - (0.25 * rule_healthscale);
					break;
				case 2 : 
					dots[_local2].health = dots[_local2].health + 0;
					break;
				case 3 : 
					dots[_local2].health = dots[_local2].health + 0;
					break;
				case 4 : 
					dots[_local2].health = dots[_local2].health + (1 * rule_healthscale);
					dots[_local2].pregnant = dots[_local2].pregnant + (1 * rule_healthscale);
					break;
				default : 
					dots[_local2].health = dots[_local2].health - (0.5 * rule_healthscale);
			}
			if ((alternate == 1) || (alternate == 3)) {
				dots[_local2].position = dots[_local2].position.add(keepDistance(dots[_local2], dots));
			}
			if (alternate == 2) {
				dots[_local2].position = dots[_local2].position.add(stayInFrame(dots[_local2]));
			}
			dots[_local2]._x = dots[_local2].position.x;
			dots[_local2]._y = dots[_local2].position.y;
			dots[_local2]._xscale = 100 * dots[_local2].size;
			dots[_local2]._yscale = dots[_local2]._xscale;
		}
		alternate++;
		if (alternate > 3) {
			alternate = 0;
		}
		biomass.push(_local1);
		trace(_local1);
	}
	function keepDistance(object, objectlist) {
		var _local3 = new flash.geom.Point(0, 0);
		for (var _local4 in objectlist) {
			if (objectlist[_local4] != object) {
				if (sqrt(pow(objectlist[_local4].position.x - object.position.x, 2) + pow(objectlist[_local4].position.y - object.position.y, 2)) < (2 + ((object.size * objectlist[_local4].size) * rule_mindistance))) {
					_local3 = _local3.add(object.position.subtract(objectlist[_local4].position));
					distance_update_count++;
				}
			}
		}
		_local3.normalize(rule_collisionamount);
		return(_local3);
	}
	function getNeighboursList(object, objectlist) {
		delete neighbours;
		neighbours = new Array();
		for (var _local3 in objectlist) {
			if (objectlist[_local3] != object) {
				if (sqrt(pow(objectlist[_local3].position.x - object.position.x, 2) + pow(objectlist[_local3].position.y - object.position.y, 2)) < (rule_neighbourdistance + ((object.size * objectlist[_local3].size) * 2))) {
					neighbours.push(objectlist[_local3]);
				}
			}
		}
	}
	function getNeighboursCount(object, objectlist) {
		var _local3 = 0;
		for (var _local4 in objectlist) {
			if (sqrt(pow(objectlist[_local4].position.x - object.position.x, 2) + pow(objectlist[_local4].position.y - object.position.y, 2)) < (rule_neighbourdistance + ((object.size * objectlist[_local4].size) * 2))) {
				_local3++;
			}
		}
		return(_local3 - 1);
	}
	function drawConnect(object1, object2) {
		with (_root) {
			drawing.lineStyle(2, 16777215, 30);
			drawing.moveTo(object1.position.x, object1.position.y);
			drawing.lineTo(object2.position.x, object2.position.y);
		}
	}
	function startDraw() {
		drawing.removeMovieClip();
		createEmptyMovieClip("drawing", this.getNextHighestDepth());
		for (var _local3 in dots) {
			getNeighboursList(dots[_local3], dots);
			for (var _local2 in neighbours) {
				drawConnect(dots[_local3], neighbours[_local2]);
			}
		}
	}
	function stayInFrame(object) {
		if (sqrt(pow(250 - object.position.x, 2) + pow(250 - object.position.y, 2)) > 200) {
			var _local1 = new flash.geom.Point(250 - object.position.x, 250 - object.position.y);
			_local1.x = _local1.x / 200;
			_local1.y = _local1.y / 200;
			return(_local1);
		}
		return(new flash.geom.Point(0, 0));
	}
	function updateBiomass() {
		biomass_average = 0;
		while (biomass.length > 20) {
			biomass.shift();
		}
		for (var _local1 in biomass) {
			biomass_average = biomass_average + biomass[_local1];
		}
		biomass_average = Math.round(biomass_average / biomass.length) * 10;
		if (biomass_average > biomass_peak) {
			biomass_peak = biomass_average;
		}
	}
	function timer(countdown, test) {
		seconds = Math.round(((countdown - getTimer()) + timebase) / 1000);
		minutes = Math.floor(seconds / 60);
		seconds = seconds % 60;
		if (seconds.toString().length < 2) {
			seconds = "0" + seconds;
		}
		if (test) {
			return((countdown - getTimer()) + timebase);
		}
		return((minutes + ":") + seconds);
	}
	function nullify(variable, targetlength) {
		while (variable.toString().length < targetlength) {
			variable = "0" + variable;
		}
		return(variable);
	}
	function reset() {
		trace("RESET!");
		drawing.removeMovieClip();
		blur.removeMovieClip();
		play();
	}
	distance = flash.geom.Point.distance;
	pow = Math.pow;
	sqrt = Math.sqrt;
	var plop_die = new Sound();
	plop_die.attachSound("plop_die");
	var plop_born = new Sound();
	plop_born.attachSound("plop_born");
	var go = true;
	var dots = new Array();
	var neighbours = new Array();
	var numobjects = 0;
	var PI = Math.PI;
	var alternate = 0;
	var alternate_draw = 0;
	var biomass = new Array(0, 0, 0, 0);
	var biomass_average = 0;
	var biomass_peak = 0;
	var count_born = 0;
	var count_die = 0;
	var distance_update = true;
	var distance_update_count = 0;
	var rule_mindistance = 2;
	var rule_collisionamount = 1;
	var rule_neighbourdistance = 30;
	var rule_healthscale = 2;
	var maxobjects = 30;
	var timebase = getTimer();
	var timeleft = "X:XX";
	var i = 0;
	while (i < 30) {
		spawnDot((Math.random() * 300) + 100, (Math.random() * 300) + 100, 1);
		i++;
	}
	this.onEnterFrame = function () {
		if ((timer(120000, 1) < 0) || (dots.length == 0)) {
			attachMovie("blur", "blur", getNextHighestDepth());
			biomass_average = nullify(biomass_average, 7);
			biomass_peak = nullify(biomass_peak, 7);
			count_born = nullify(count_born, 4);
			count_die = nullify(count_die, 4);
			attachMovie("scoreboard", "scoreboard", getNextHighestDepth(), {_x:250, _y:250});
			for (i in dots) {
				dots[i].removeMovieClip();
			}
			delete dots;
			delete onEnterFrame;
		} else {
			updateDots();
			updateBiomass();
			timeleft = timer(120000);
			if (alternate_draw > 2) {
				startDraw();
				alternate_draw = 0;
			} else {
				alternate_draw++;
			}
		}
	};
	stop();
Frame 48
	for (i in dots) {
		dots[i].removeMovieClip();
	}
	delete dots;
	delete onEnterFrame;
	gotoAndStop (47);
Frame 49
	for (i in dots) {
		dots[i].removeMovieClip();
	}
	drawing.removeMovieClip();
	blur.removeMovieClip();
	delete dots;
	delete onEnterFrame;
Symbol 14 Button
on (press) {
	_root.reset();
	this.removeMovieClip();
}
Symbol 16 MovieClip [blur] Frame 1
	var myBitmapData = (new flash.display.BitmapData(500, 500, false, 6684723));
	myBitmapData.draw(_root);
	var mc = this.createEmptyMovieClip("mc", this.getNextHighestDepth());
	mc.attachBitmap(myBitmapData, this.getNextHighestDepth());
	mc.cacheAsBitmap = true;
	var filter = (new flash.filters.BlurFilter(5, 5, 2));
	var recursions = 0;
	mc.onEnterFrame = function () {
		if (recursions <= 10) {
			myBitmapData.applyFilter(myBitmapData, myBitmapData.rectangle, new flash.geom.Point(0, 0), filter);
			trace(("blurred " + recursions) + "times");
		} else {
			delete this.onEnterFrame;
		}
		recursions++;
	};
	stop();
Symbol 19 MovieClip [fps_meter] Frame 1
	#initclip 1
	FPS = function () {
		this.onEnterFrame = function () {
			this.fc++;
		};
		setInterval(this, "calc", 1000);
	};
	var p = ((FPS.prototype = new MovieClip()));
	p.calc = function () {
		this.dp.text = this.fc;
		this.fc = 0;
	};
	Object.registerClass("fps_meter", FPS);
	#endinitclip
Symbol 21 MovieClip [dot] Frame 1
	this.onPress = function () {
		if (Key.isDown(17)) {
			_parent.killDot(this);
		}
		this.onEnterFrame = function () {
			position.x = _root._xmouse;
			position.y = _root._ymouse;
		};
		trace("pressed!");
	};
	this.onRelease = function () {
		delete this.onEnterFrame;
		trace("let go");
	};
	this.onReleaseOutside = this.onRelease;
Symbol 28 Button
on (press) {
	play();
}
Symbol 35 Button
on (press) {
	gotoAndStop (49);
}
Symbol 37 Button
on (press) {
	gotoAndStop (47);
}